86177-4

Rectangular Connectors - Housings are electrical connectors which ensure a secure connection between two conductors. 86177-4 is one of the most popular rectangular connectors used in the market. This type of connector housing provides secure, dependable connection and helps reduce the risk of electric shock or fire.

The 86177-4 connector housing is rectangular in shape with two to five pins. This connector is commonly used with wiring harnesses or patch cables, and it often contains a metal or plastic receptor to help protect and strengthen the connection. This rectangular connector housing has two solder tails per pin, which helps to ensure a high-conductive connection.

The 86177-4 has a wide range of possible applications, from consumer electronics to medical devices and industrial machines. It can be used to connect wires in circuit boards, cable harnesses, and even power wires. The connector housing is often used in such industries as automotive, telecommunications, medical, electric and lighting, and aerospace.

In addition to the many advantages of this type of connector housing, it also has some significant drawbacks. The housing is quite large, and the pins are not colour-coded for easy identification. It also has a relatively narrow temperature rating, which may not be suitable for certain applications.

The working principle of 86177-4 is quite simple. When this type of connector is inserted into the PCB, it creates an electrical connection between two conductors. The pins of the connector are located at specific intervals in order to ensure that the connection is secure and reliable. The solder tails provide high conductivity for the connection and help to ensure that the connection is not compromised.

The 86177-4 connector housing is a dependable and reliable solution for a variety of applications. It provides secure and reliable connections in a variety of industries, and ensures an efficient and safe power transmission. This type of connector is a cost-effective solution for many electronic projects.